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Honors Biology Final Exam Review: Cell Division, Genetics, Evolution, and Body Systems

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Introduction to the Cell Cycle

  • Introduction to the Cell Cycle
    04:46

Interphase

  • Centrosomes & Mitotic Spindles
    04:02
  • Interphase
    08:05

Phases of Mitosis

  • Phases of Mitosis
    03:21
  • Metaphase
    01:58
  • Prometaphase
    03:20

Cytokinesis

  • Animal Cell Cytokinesis
    02:56
  • Cytokinesis
    01:25
  • Cytokinesis Example 1
    01:59

Cell Cycle Regulation

  • Cell Cycle Regulation
    03:31
  • Cell Cycle Checkpoints
    06:32

Introduction to Meiosis

  • Introduction to Meiosis Example 1
    01:43
  • Meiosis I & Meiosis II
    04:49
  • Introduction to Meiosis
    04:33

Meiosis I

  • Meiosis I
    07:55

Meiosis II

  • Meiosis II
    06:17

Genetic Variation During Meiosis

  • Genetic Variation During Meiosis
    07:08
  • Nondisjunction
    05:03
  • Independent Assortment
    08:49

Mitosis & Meiosis Review

  • Mitosis & Meiosis Review Example 1
    01:27

Genes & Alleles

  • Genes & Alleles Example 1
    02:09
  • Genes & Alleles
    05:02
  • Haploid vs. Diploid Cells
    04:14

Genotype vs. Phenotype

  • Genotype & Phenotype
    06:36
  • Dominant vs. Recessive Alleles
    03:39

Punnett Squares

  • How to Use Punnett Squares
    07:05
  • Punnett Squares
    01:37

Mendel's Experiments

  • Self-Fertilization Experiment: True-Breeding vs. Hybrid Plants
    05:48
  • Mendel's Experiments
    03:02
  • Cross-Fertilization Experiment: Dominant vs. Recessive Alleles
    05:04

Monohybrid Crosses

  • Monohybrid Crosses Example 1
    03:12
  • Genotypic vs. Phenotypic Ratio
    02:48
  • Monohybrid Crosses
    02:05

Dihybrid Crosses

  • Dihybrid Crosses
    02:37
  • Dihybrid Crosses & Punnett Squares
    03:34

Sex-Linked Inheritance

  • X-Linked Recessive Pedigrees
    03:42
  • Sex-Linked Inheritance
    04:17
  • X-Linked Recessive Disorder: Hemophilia Inheritance
    04:37

Pedigrees

  • How to Read Pedigrees
    03:21
  • Pedigrees
    02:36

Mutations

  • Mutations
    02:29
  • Types of Mutations
    08:44

DNA Fingerprinting

  • Short Tandem Repeats (STRs)
    03:41
  • DNA Fingerprinting
    03:30

Introduction to Evolution and Natural Selection

  • Guided course
    Introduction to Evolution and Natual Selection Example 1
    03:22
  • Guided course
    Introduction to Evolution and Natual Selection Example 2
    04:28
  • Guided course
    Typological vs. Population Thinking
    03:56

Natural Selection

  • Guided course
    Natural Selection Example 2
    05:11
  • Guided course
    Natural Selection: Observations and Inferences
    04:12
  • Guided course
    Natural Selection Example 1
    02:19

Evidence of Evolution

  • Guided course
    Types of Homologies
    04:46
  • Guided course
    Evidence of Evolution Example 1
    02:27
  • Guided course
    Fossils
    06:11

Evolution of Populations

  • Guided course
    Evolution of Populations Example 1
    03:33
  • Guided course
    Introduction to Evolution of Populations
    05:14

Genetic Variation

  • Guided course
    Sources of Genetic Variation
    02:16
  • Guided course
    Sexual Reproduction and Recombination
    05:08
  • Guided course
    Mutations
    06:42

The Hardy-Weinberg Principle

  • Guided course
    Predicting Allele or Genotype Frequencies Using Hardy-Weinberg
    03:31
  • Guided course
    Testing if a Population is in Hardy-Weinberg Equilibrium
    08:26
  • Guided course
    B. Calculating Allele Frequency from a Genotype Frequency
    03:20

Assumptions of the Hardy-Weinberg Principle

  • Guided course
    Five Assumptions of Hardy-Weinberg Equilibrium
    06:16
  • Guided course
    Assumptions of the Hardy-Weinberg Principle Example 1
    04:13

Cladistics

  • Guided course
    Cladistics Example 1
    03:52
  • Guided course
    Monophyletic, Paraphyletic, & Polyphyletic Group
    06:37

Introduction to Ecology

  • Levels of Ecological Study
    05:01
  • Introduction to Ecology Example 1
    02:31
  • Environment vs. Habitat vs. Niche
    01:57

Energy & Biomass Pyramids

  • Energy & Biomass Pyramids
    05:41
  • Energy & Biomass Pyramids Example 1
    03:41

Community Interactions: Competition (-/-)

  • Resource Partitioning (Partial Niche Overlap)
    03:57
  • Competitive Exclusion Principle (Complete Niche Overlap)
    04:23
  • Community Interactions: Competition (-/-) Example 1
    04:23

Community Interactions: Exploitation (+/-)

  • 1) Exploitation (+/-): Predation
    01:42
  • 3) Exploitation (+/-): Parasitism
    02:37
  • Community Interactions: Exploitation (+/–)
    00:49

Community Interactions: Mutualism (+/+) & Commensalism (+/0)

  • Positive Interactions
    02:56
  • Summary of Community Interactions
    01:52

Circulatory and Respiratory Anatomy

  • Lymphatic System
    02:15
  • Lung Anatomy
    06:24
  • Gas Exchange and Circulation
    06:28

Heart Physiology

  • Cardiovascular Disease
    07:53
  • Heart Physiology
    05:13
  • Cardiac Cycle
    05:37

Gas Exchange

  • Diffusion of Gases
    07:48
  • Gas Exchange and Breathing
    05:55
  • Air Movement and Partial Pressure
    08:52

Neurons and Action Potentials

  • Neurotransmitters
    12:47
  • Nervous System
    02:14
  • Postsynaptic Potentials and Summation
    05:33

Immune System

  • Immune System
    09:33

Innate Immunity

  • Innate Immune Response
    05:20
  • Inflammatory Response
    03:06
  • Innate Immune Cells
    06:47

Adaptive Immunity

  • Helper T Cells and B Cells
    04:06
  • Lymphocytes
    04:23
  • Immunization and Autoimmunity
    07:51